And above ?And in a price range of $ 100- $ 900, everything is very similar. Similar chips, output opamps,
Guys, I'm experiencing some random pauses very short like glitch when playing music on topping d10 with foobar wasapi on windows 10. Do you have any suggested solutions. Thanks in advance.
Yes, I did and the problem is still there.Did you try increasing buffer size (to 500ms or more for instance) ?
Yes, I did and the problem is still there.
Is this the real Schematic of the D10?
Is this the real Schematic of the D10?
It is not. If you replace I/V opamps there is practically 0% chance that you will get better measurements but there is a significant chance that you will get much worse.
Yes, it's D10 I/V stage.
No, it's sounds much better. Synthetic tests - they sells, but they are meanless to sound.
Just curios, why You think, that situation is get worst, by changing OP amps?
Does it happen once every minute or so? Does sound dissapear for a very short period of time, like say 1/th of the second? Does it happen more often when you are using your PC for something else other than playing music?
Download this program. Try to see if the audio dropouts you are experiencing correlate with the program output.
D10 uses OPA2134 in I/V stage as well, not ADA4898 nor LME49710.
You cannot switch I/V opamps just like that, chances are you will get osillations or some other artifact that would be very much hearable. On the other hand, if you by some miracle manage to slightly reduce THD+N of D10 you certainly won't be able to hear that difference.
Yes, it's D10 I/V stage.
all you need is pair of line xformers , which you'll get as geschenkWell...
Yes, it's D10 I/V stage.
Schematics diagram is the same, OP amps are not.I suggest you stop posting false info.
Here is a link to the thread where rolling the buffer opamp was tested.
D10 has 2 OPA2134 in I/V stage and another OPA2134 acting as a buffer which can be replaced. Your diagram contains 2xADA4898 and LME 49710 as a buffer so it is clearly NOT a D10 diagram.
View attachment 29087
Diagram is the same, OP amps are not.
Where is problem here?
If You want, You can disassemble D10 and measure values of the components.
Can You?